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    • 1. 发明授权
    • Device for the removal of the surface layer of a wall or ceiling
    • 用于去除墙壁或天花板表面层的装置
    • US06848749B2
    • 2005-02-01
    • US10072190
    • 2002-02-07
    • René Amherd
    • René Amherd
    • G21F9/28B08B15/04B25D9/02B25D17/18B25D17/22B28D1/26G21D1/00G21F9/00
    • B08B15/04B25D9/02B25D17/22B25D2216/0015B25D2250/285B28D1/265G21D1/003G21F9/001G21Y2002/201G21Y2002/501G21Y2002/601G21Y2004/30G21Y2004/40G21Y2004/50G21Y2004/501Y02E30/40Y10T29/4583
    • It is suggested to machine contaminated surfaces, in particular radioactively contaminated concrete surfaces and masonry with pneumatically actuated striking tools. It has been shown that this is an extremely low-dust machining method with which the essentially the particles are struck off in the size order of 0.2 to 2.0 mm.The method may be realized with a device (1) with which in a housing (2) several chambers are arranged over one another. Most preferred at the top a pressurized air feed chamber (10) is fed via a pressurized air connection (3). Therebelow there is located a pressurized air suction chamber (12) which comprises a suction connection (4). At the bottom there is arranged a collecting chamber in which chisel-like hammer bolts (51) are effective. The hammer bolts which are part of the striking tools (5) project out of the housing (2). The striking tools (5) pass through the pressurized air feed chamber (10), the suction chamber lying thereunder as well as an expansion chamber arranged under the suction chamber (12). The expanded air (11) reaches the surroundings and is in turn suctioned via the collecting chamber (13) which is limited to the surroundings by way of an air-permeable seal in the form of a brush seal (9). The device (1) is held by a clip (6) on which there is provided a mounting (7) which serves for connecting to a robot arm.
    • 建议用气动打击工具对被污染的表面,特别是放射性污染的混凝土表面和砖石进行加工。 已经表明,这是一种非常低的粉尘加工方法,其中基本上颗粒以0.2-2.0mm的大小顺序被击落。该方法可以通过一种装置(1)实现,其中在壳体 2)几个腔室彼此排列。 最优选在顶部,加压空气供给室(10)经由加压空气连接(3)进料。 此外,设置有一个包括抽吸连接件(4)的加压空气抽吸室(12)。 在底部设有收集室,其中凿状锤头螺栓(51)有效。 作为打击工具(5)的一部分的锤螺栓从壳体(2)突出。 打击工具(5)通过加压空气供给室(10),位于其下方的吸入室以及布置在吸入室(12)下方的膨胀室。 膨胀空气(11)到达周围环境,并且经由收集室(13)吸入,收集室(13)通过电刷密封件(9)形式的透气密封件限制在周围环境。 设备(1)由夹子(6)保持,夹子(6)上设有用于连接到机器人臂的安装件(7)。
    • 9. 发明申请
    • Dust extracting device
    • 除尘装置
    • US20050268427A1
    • 2005-12-08
    • US11137004
    • 2005-05-25
    • Rory Britz
    • Rory Britz
    • B23Q11/00A47L9/00A47L9/10A47L9/12B23B45/00B23B47/34B25D17/18B25F5/00
    • A47L9/102A47L9/127B23Q11/0046Y10T408/50Y10T408/564Y10T409/304088
    • An extracting device (4) for removing material cut away in the operation of a motor-driven hand tool, has an extracting opening (48) and a receiving space (18) for the cut material, which communicate with one another through an extracting path, and an air current generator (42) for generating an air current (L) from the extracting opening (48) to the receiving space (18). A closure device (20) is provided between the extracting opening (48) and the receiving space (18), which at least substantially places the extracting path in a closed position and which is operated by the air current (L). The closure device (20) is arranged between the extracting opening (48) and the air current generator (42) and the closure device (20) has a closure element (22), which can be removed from a valve seat (24) by means of an underpressure created by the air current generator (42) for forming an open position of the closure device.
    • 一种用于去除在马达驱动的手动工具的操作中被切掉的材料的提取装置(4),具有用于切割材料的提取开口(48)和接收空间(18),它们通过提取路径相互连通 ,以及用于从所述提取开口(48)向所述容纳空间(18)产生气流(L)的气流发生器(42)。 一个封闭装置(20)设置在提取开口(48)和容纳空间(18)之间,至少基本上将提取路径放置在关闭位置并由气流(L)操作。 所述封闭装置(20)设置在所述抽出口(48)和所述气流发生器(42)之间,并且所述封闭装置(20)具有闭合元件(22),所述封闭元件可通过所述封闭元件从所述阀座(24) 由气流发生器(42)产生的用于形成闭合装置的打开位置的负压的装置。
    • 10. 发明授权
    • Power tool
    • 电动工具
    • US4192390A
    • 1980-03-11
    • US874510
    • 1978-02-02
    • Karl WannerWilbert Reibetanz
    • Karl WannerWilbert Reibetanz
    • B23Q11/00B25D17/18B25D17/14
    • B23Q11/0046Y02P70/171
    • A power tool, particularly a hammer drill, is equipped with a blower which is mounted on the output shaft of the motor which drives the tool element which is clamped in the chuck of the power tool. The particulate material which is removed by the tool element from a structure is entrained in a stream of air generated by the blower and conveyed toward the latter. Before the particulate material enters the blower, at least most of it impacts an impact member which extends across an inlet section of the conduit through which the stream of air passes, so that the impact member deprives the entrained particulate material at least of the greater part of the kinetic energy possessed thereby, before the particulate material reaches the blower and damages the same due to its high kinetic energy. The particulate material entrained in the stream of air may be collected in a collecting receptacle which is detachably connected to the power tool, and a plate-shaped filter may be arranged between the space bounded by the receptacle and the downstream portion of the conduit, being supported on a grid of pins which between themselves define openings which communicate with the downstream portion of the conduit.
    • 电动工具,特别是锤钻,配备有鼓风机,该鼓风机安装在马达的输出轴上,该鼓风机驱动被夹在电动工具的卡盘中的工具元件。 通过工具元件从结构中去除的颗粒材料被夹带在由鼓风机产生的空气流中并向其传送。 在颗粒材料进入鼓风机之前,其至少大部分冲击冲击构件,冲击构件延伸穿过管道的入口部分,空气流穿过该入口部分,使得冲击构件至少剥夺夹带的颗粒材料 在颗粒物料到达鼓风机之前,由于其高动能而损坏动能, 携带在空气流中的颗粒物质可以被收集在可拆卸地连接到动力工具的收集容器中,并且板状过滤器可以布置在由容器界定的空间和管道的下游部分之间, 支撑在一排销之间,销子之间限定与导管的下游部分连通的开口。